Faculty

Institution

Unit

Venue

Glenn Ciolek

Senior Lecturer

Rensselaer Polytechnic Institute

Affiliations

School of Science

Department of Physics, Applied Physics and Astronomy

Glenn Ciolek is currently serving as a Physics, Applied Physics And Astronomy Senior Lecturer at Rensselaer Polytechnic Institute.

Honors

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Experiences

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Education

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Glenn Ciolek

Rensselaer Polytechnic Institute

Senior Lecturer

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astronomy star formation interstellar medium physics astrophysics stellar astrophysics astrophysical plasmas space weather dusty plasmas magnetohydrodynamics plasma physics ambipolar diffusion astrophysical simulations planetary sciences protoplanetary disks planetary change high energy density physics shock waves magnetic fields stellar structure cosmic plasma fluid dynamics nonlinear phenomena cloud cores fluid mechanics numerical simulations astrochemistry plasma instabilities protostellar cores applied physics atmospheric research fluid science space plasma physics stellar evolution molecular physics geophysical research cosmic abundance cloud dynamics fundamental plasma physics shock compression multiscale hydrodynamics magnetic interstellar clouds nonlinear flows nuclear fusion nonlinear science computational fluid dynamics atomic spectroscopy modern physics magnetic confinement general relativity gravitational physics gas dynamics wave propagation rarefied flow relativistic astrophysics detonation phenomenon non-lte kinetics planetary magnetospheres solar system formation cloud physics basic plasma physics neutral grains field strength l1544 core ambipolar diffusion models l1544 protostellar core critical model dynamical collapse magnetic flux tubes barnard 1 dense protostellar cores subcritical clouds interstellar clouds

Notable Scholarly Works

Notable Federal Grants

Collaborators

Magnetic Fields and Planetary Systems Formation. Encyclopedia of Astrobiology (2023)

Wayne G. RobergeGlenn E. Ciolek

space scienceplanetary magnetospheresspace weatherplanetary scienceplanetary systemsmagnetic fieldsastronomyplanetary sciencessolar system formationplanetary changemagnetohydrodynamics

Magnetic Fields and Star Formation. Encyclopedia of Astrobiology (2023)

Wayne G. RobergeGlenn E. Ciolek

stellar astrophysicsplasma physicsastronomystar formationstellar structureastrophysical plasmasmagnetohydrodynamics

Diffusion, Self-Similarity, and the Formation of Multifluid Shock Waves. AAS (2014)

Glenn E. CiolekW. G. RobergeM. P. Katz

fluid sciencefluid dynamicsapplied mathematicsmultifluid shock wavesfluid mechanicsfluid flowshock compressionphysicsdiffusionshock wavesmultiscale hydrodynamicsdetonation phenomenon

Examination of the Applicability of Quasi-Time-Dependent Truncated Cj Shock Wave Models in Interstellar Molecular Clouds. American Astronomical Society Meeting Abstracts #223 (2014)

Raymond L. MenzelG. E. CiolekP. SuarezW. G. Roberge

astrophysical simulationsastrophysicsinterstellar mediumastronomystar formationphysicsastrophysical plasmasinterstellar molecular cloudsnumerical simulationsshock wavesnon-lte kinetics

Molecular Line Emission From Multifluid Shock Waves. I. Numerical Methods and Benchmark Tests. The Astrophysical Journal (2013)

Glenn E. CiolekWayne G. Roberge

mhd riemann problemcosmic plasmamultifluid shockspace weatherplasma physicsinterstellar mediumastrophysicsspace plasma physicsastronomyphysicsmhd shocksnumerical simulationsmagnetohydrodynamics

Driven Hydromagnetic Waves and Shocks in Dusty Interstellar Clouds. American Astronomical Society Meeting Abstracts #217 (2011)

Max P. KatzG. E. CiolekW. G. Roberge

geophysical researchspace weatherinterstellar mediumdriven hydromagnetic wavesastronomydusty plasmasshock wavesmagnetohydrodynamics

Hydromagnetic Signal Speeds in Weakly Ionized, Dusty Interstellar Clouds Having a Spectrum of Grain Radii. American Astronomical Society Meeting Abstracts #217 (2011)

Glenn E. CiolekW. G. Roberge

cosmic plasmaspace weatherdusty interstellar cloudssynchrotron radiationinterstellar mediumastronomystar formationdusty plasmasplanetary scienceshydromagnetic signal speedsgrain radii

Hydromagnetic Waves in Weakly-Ionized Media - I. Basic Theory, and Application to Interstellar Molecular Clouds. Monthly Notices of the Royal Astronomical Society (2011)

Telemachos Ch. MouschoviasGlenn E. CiolekScott A. Morton

geophysical researchcosmic plasmamhd waveswave nonlinearityspace weatherplasma physicsastrophysicsinterstellar mediumspace plasma physicsastronomyphysicsstar formationastrophysical plasmasnonlinear phenomenamagnetohydrodynamicsvarious instabilities

Magnetically-Regulated Fragmentation Induced by Nonlinear Flows and Ambipolar Diffusion. New Astronomy (2009)

Shantanu BasuGlenn E. CiolekWolf B. DappJames Wurster

magnetic confinementnonlinear flowsmagnetic fieldsphysicsdiffusionmagnetismnonlinear phenomenamagnetohydrodynamics

Molecular Cloud Fragmentation Driven by Self-Gravity, Magnetic Fields, Ambipolar Diffusion, and Nonlinear Flows. American Astronomical Society Meeting Abstracts #214 (2009)

Shantanu BasuG. E. CiolekW. B. DappT. KudohN. D. Wityk

biophysicsfluid sciencerarefied flowambipolar diffusionmolecular physicsnonlinear flowsmagnetic fieldsphysicsdiffusioncomplex fluidsmultiscale hydrodynamics

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Glenn Ciolek

Senior Lecturer

Rensselaer Polytechnic Institute

Affiliations

School of Science

Department of Physics, Applied Physics and Astronomy

Glenn Ciolek is currently serving as a Physics, Applied Physics And Astronomy Senior Lecturer at Rensselaer Polytechnic Institute.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Glenn Ciolek

Rensselaer Polytechnic Institute

Senior Lecturer

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Magnetic Fields and Planetary Systems Formation. Encyclopedia of Astrobiology (2023)

Wayne G. RobergeGlenn E. Ciolek

space scienceplanetary magnetospheresspace weatherplanetary scienceplanetary systemsmagnetic fieldsastronomyplanetary sciencessolar system formationplanetary changemagnetohydrodynamics

Magnetic Fields and Star Formation. Encyclopedia of Astrobiology (2023)

Wayne G. RobergeGlenn E. Ciolek

stellar astrophysicsplasma physicsastronomystar formationstellar structureastrophysical plasmasmagnetohydrodynamics

Diffusion, Self-Similarity, and the Formation of Multifluid Shock Waves. AAS (2014)

Glenn E. CiolekW. G. RobergeM. P. Katz

fluid sciencefluid dynamicsapplied mathematicsmultifluid shock wavesfluid mechanicsfluid flowshock compressionphysicsdiffusionshock wavesmultiscale hydrodynamicsdetonation phenomenon

Examination of the Applicability of Quasi-Time-Dependent Truncated Cj Shock Wave Models in Interstellar Molecular Clouds. American Astronomical Society Meeting Abstracts #223 (2014)

Raymond L. MenzelG. E. CiolekP. SuarezW. G. Roberge

astrophysical simulationsastrophysicsinterstellar mediumastronomystar formationphysicsastrophysical plasmasinterstellar molecular cloudsnumerical simulationsshock wavesnon-lte kinetics

Molecular Line Emission From Multifluid Shock Waves. I. Numerical Methods and Benchmark Tests. The Astrophysical Journal (2013)

Glenn E. CiolekWayne G. Roberge

mhd riemann problemcosmic plasmamultifluid shockspace weatherplasma physicsinterstellar mediumastrophysicsspace plasma physicsastronomyphysicsmhd shocksnumerical simulationsmagnetohydrodynamics

Driven Hydromagnetic Waves and Shocks in Dusty Interstellar Clouds. American Astronomical Society Meeting Abstracts #217 (2011)

Max P. KatzG. E. CiolekW. G. Roberge

geophysical researchspace weatherinterstellar mediumdriven hydromagnetic wavesastronomydusty plasmasshock wavesmagnetohydrodynamics

Hydromagnetic Signal Speeds in Weakly Ionized, Dusty Interstellar Clouds Having a Spectrum of Grain Radii. American Astronomical Society Meeting Abstracts #217 (2011)

Glenn E. CiolekW. G. Roberge

cosmic plasmaspace weatherdusty interstellar cloudssynchrotron radiationinterstellar mediumastronomystar formationdusty plasmasplanetary scienceshydromagnetic signal speedsgrain radii

Hydromagnetic Waves in Weakly-Ionized Media - I. Basic Theory, and Application to Interstellar Molecular Clouds. Monthly Notices of the Royal Astronomical Society (2011)

Telemachos Ch. MouschoviasGlenn E. CiolekScott A. Morton

Magnetically-Regulated Fragmentation Induced by Nonlinear Flows and Ambipolar Diffusion. New Astronomy (2009)

Shantanu BasuGlenn E. CiolekWolf B. DappJames Wurster

magnetic confinementnonlinear flowsmagnetic fieldsphysicsdiffusionmagnetismnonlinear phenomenamagnetohydrodynamics

Molecular Cloud Fragmentation Driven by Self-Gravity, Magnetic Fields, Ambipolar Diffusion, and Nonlinear Flows. American Astronomical Society Meeting Abstracts #214 (2009)

Shantanu BasuG. E. CiolekW. B. DappT. KudohN. D. Wityk

biophysicsfluid sciencerarefied flowambipolar diffusionmolecular physicsnonlinear flowsmagnetic fieldsphysicsdiffusioncomplex fluidsmultiscale hydrodynamics

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5
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Similar Faculty Members

Michael Zingale

Institution

Stony Brook University

x-ray bursts

astrophysical environments

Fabian Heitsch

Institution

University of North Carolina at Chapel Hill

astrophysics

interstellar medium

Shazrene Mohamed

Institution

University of Virginia

stellar structure

astrophysics

Telemachos Mouschovias

Institution

University of Illinois Urbana-Champaign

star formation

cosmology

Shane Davis

Institution

University of Virginia

astronomy

astrophysics

Giles Novak

Institution

Northwestern University

astronomy

observational astronomy

Matthew W. Kunz

Institution

Princeton University

astrophysical systems

computational astrophysics

Tom Abel

Institution

Stanford University

astronomy

extragalactic astronomy

Jonathan I. Katz

Institution

Washington University in St. Louis

astroparticle physics

soft matter

Ira M. Wasserman

Institution

Cornell University

cosmology

modern physic